Aims
Students will learn about the application of Stochastic Models in Systems Biology.
Objectives
This course will enable students to:
- … use stochastic models from the literature.
- … build their own stochastic models within a development environment.
- … evaluate the effectiveness of their own models and those in the literature.
Design Principle
- Materials created must be better than/ add more to a textbook
- If not then we should use the textbook?
- Online readings are usually printed out and so reading materials should be supplied as hard copies (except where postal delays are an issue).
- If not then we should use the textbook?
Media Choices
Students are paying a lot for the course, and have limited time for study and so:
- They need to see value for money;
- They have restricted access to resources – particularly libraries;
- They should not have a long reading list.
This suggests a single course text, supplemented by the use of primary resources and online content.
Darren Wilkinson has developed a similar module in Newcastle for their MSc programme. He has written a textbook based on the content of that face-to-face module. There are no other obvious alternatives except books of mathematical modelling that contain chapters on stochastic models.
Using a core text removes the need to put a large volume of material online.
The focus of the online materials should be learning support and student guidance. This will use;
- Guided readings from the text and primary literature.
- A wiki to build a collection of student knowledge and ideas – written in their own terms.
- Discussion boards for students to ask questions of tutors and to share answers.
Learning Support
Learning support will be provided by the online tutors who will act as e-moderators in the discussion boards. One tutor will be the course author and he will be assisted by another tutor who is familiar with stochastic models of biochemical systems.